/*
** SRV_NEventReportResponse
**
** Purpose:
** SRV_NEventReportResponse assists an application that wants to be an SCU
** of a number of SOP classes. When an application receives an
** N-EVENT_REPORT request message, it calls this function with the
** N-EVENT_REPORT request and other parameters. SRV_NEventReportResponse
** checks the caller's parameters and calls the user's callback function.
** In the callback function, the caller fills in the parameters of the
** N-EVENT_REPORT response message and then returns to the SRV function.
**
** After the callback function returns, SRV_NEventReportResponse
** constructs a N-EVENT_REPORT Response message and sends it to the peer
** application which sent the request message.
**
** The arguments to the callback function are:
** MSG_N_EVENT_REPORT_REQ *eventRequest
** MSG_N_EVENT_REPORT_RESP *eventResponse
** void *eventCtx
** DUL_PRESENTATIONCONTEXT *pc
**
** The first two arguments are MSG structures that contain the
** N-EVENT_REPORT Request and N-EVENT_REPORT Response messages
** respectively. The third argument is the caller's context variable that
** is passed to SRV_NEventReportResponse. The presentation context is
** the one negotiated for this SOP class.
**
** The callback function should return SRV_NORMAL. Any other return
** value will cause the SRV facility to abort the Association.
**
** Parameter Dictionary:
** association The key which is used for transmitting the
** N-EVENT_REPORT response.
** presentationCtx Pointer to presentation context to be used when sending
** the N-EVENT_REPORT response.
** eventRequest Pointer to the structure with the N-EVENT_REPORT request
** parameters which was received by the application.
** eventResponse Pointer to structure in the caller's area which will be
** filled with the parameters of the N-EVENT_REPORT
** response command. After the parameters are filled in,
** the N-EVENT_REPORT response is sent to the peer
** application which sent the request.
** eventCallback Address of user callback function to be called
** with the N-EVENT_REPORT response from SCU.
** eventCtx Pointer to user context information which will be
** passed to the callback function. Caller uses this
** variable to contain any context required for the
** callback function.
** dirName Name of directory where files may be created.
**
**
** Return Values:
**
** SRV_CALLBACKABORTEDSERVICE
** SRV_ILLEGALPARAMETER
** SRV_NOCALLBACK
** SRV_NORMAL
** SRV_OBJECTBUILDFAILED
** SRV_RESPONSEFAILED
**
** Algorithm:
** Receive a data set, if any, from the peer application
** Invoke the callback function, if it exists.
** Build a command and send it to the requesting peer application.
** Send a data set, if any, to the peer application.
**
** Notes:
** The callback function is responsible for explicitly setting the
** following fields in the N-EVENT_REPORT request message:
**
** type
** messageIDRespondedTo
** classUID
** dataSetType
** instanceUID
** status
**
*/
CONDITION
SRV_NEventReportResponse(DUL_ASSOCIATIONKEY ** association, DUL_PRESENTATIONCONTEXT * presentationCtx, MSG_N_EVENT_REPORT_REQ ** eventRequest,
MSG_N_EVENT_REPORT_RESP * eventResponse, SRV_N_EVENTREPORT_RESP_CALLBACK * eventCallback, void *eventCtx, char *dirName)
{
CONDITION cond;
DCM_OBJECT * responseObject;
eventResponse->status = MSG_K_SUCCESS;
if (eventCallback == NULL) {
(void) MSG_Free((void **) eventRequest);
return COND_PushCondition(SRV_NOCALLBACK, SRV_Message(SRV_NOCALLBACK), "SRV_NEventReportResponse");
}
if ((*eventRequest)->dataSetType != DCM_CMDDATANULL){
cond = SRV_ReceiveDataSet(association, presentationCtx, DUL_BLOCK, 0, dirName, &(*eventRequest)->dataSet);
if (cond != SRV_NORMAL){
(void) MSG_Free((void **) eventRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_NEventReportResponse");
}
}
eventResponse->dataSetType = DCM_CMDDATANULL;
cond = DCM_CreateObject(&eventResponse->dataSet, 0);
if (cond != DCM_NORMAL) {
(void) MSG_Free((void **) eventRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_NEventReportResponse");
}
cond = eventCallback(*eventRequest, eventResponse, eventCtx, presentationCtx);
(void) MSG_Free((void **) eventRequest);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE, SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_NEventReportRequest");
if (eventResponse->type != MSG_K_N_EVENT_REPORT_RESP)
return COND_PushCondition(SRV_ILLEGALPARAMETER, SRV_Message(SRV_ILLEGALPARAMETER), "type", "N-EVENT_REPORT Response", "SRV_NEventReportResponse");
cond = MSG_BuildCommand(eventResponse, &responseObject);
if (cond != MSG_NORMAL) {
(void) DCM_CloseObject(&eventResponse->dataSet);
return COND_PushCondition(SRV_OBJECTBUILDFAILED, SRV_Message(SRV_OBJECTBUILDFAILED), "N-EVENT_REPORT Response", "SRV_NEventReportResponse");
}
cond = SRV_SendCommand(association, presentationCtx, &responseObject);
(void) DCM_CloseObject(&responseObject);
if (cond != SRV_NORMAL) {
(void) DCM_CloseObject(&eventResponse->dataSet);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_NEventReportResponse");
}
if (eventResponse->dataSetType != DCM_CMDDATANULL){ /* application specific event reply exists */
cond = SRV_SendDataSet(association, presentationCtx, &eventResponse->dataSet, NULL, NULL, 0);
if (cond != SRV_NORMAL){
(void) DCM_CloseObject(&eventResponse->dataSet);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_NEventReportResponse");
}
}
(void) DCM_CloseObject(&eventResponse->dataSet);
return SRV_NORMAL;
}
/*****************************************************************************
BeeAppInterPanDataIndication
Process InterPan incoming ZigBee over-the-air messages.
*****************************************************************************/
void BeeAppInterPanDataIndication(void)
{
InterPanMessage_t *pMsg;
zbInterPanDataIndication_t *pIndication;
zbStatus_t status = gZclMfgSpecific_c;
while(MSG_Pending(&gInterPanAppDataIndicationQueue))
{
/* Get a message from a queue */
pMsg = MSG_DeQueue( &gInterPanAppDataIndicationQueue );
/* ask ZCL to handle the frame */
pIndication = &(pMsg->msgData.InterPandataIndication );
status = ZCL_InterpretInterPanFrame(pIndication);
/* not handled by ZCL interface, handle cluster here... */
if(status == gZclMfgSpecific_c)
{
/* insert manufacturer specific code here... */
}
/* Free memory allocated by data indication */
MSG_Free(pMsg);
}
}
/*****************************************************************************
BeeAppDataConfirm
Process incoming ZigBee over-the-air data confirms.
*****************************************************************************/
void BeeAppDataConfirm(void)
{
apsdeToAfMessage_t *pMsg;
zbApsdeDataConfirm_t *pConfirm;
while(MSG_Pending(&gAppDataConfirmQueue))
{
/* Get a message from a queue */
pMsg = MSG_DeQueue( &gAppDataConfirmQueue );
pConfirm = &(pMsg->msgData.dataConfirm);
/* Action taken when confirmation is received. */
if( pConfirm->status != gZbSuccess_c )
{
/* The data wasn't delivered -- Handle error code here */
}
/* Free memory allocated in Call Back function */
MSG_Free(pMsg);
}
}
CONDITION
SRV_CGetResponse(DUL_ASSOCIATIONKEY ** association, DUL_ASSOCIATESERVICEPARAMETERS * params, DUL_PRESENTATIONCONTEXT * getPresentationCtx,
MSG_C_GET_REQ ** getRequest, MSG_C_GET_RESP * getResponse, SRV_C_GET_RESP_CALLBACK * getCallback, void *getCtx, char *dirName)
{
int flag, responseCount = 0;
U32 l;
char queryLevelString[48] = ""; /* Initialization for AIX compiler */
CONDITION cond, rtnCond = SRV_NORMAL;
DCM_OBJECT * responseObject; /* get response object */
void *ctx;
DCM_ELEMENT queryLevelElement = {DCM_IDQUERYLEVEL, DCM_CS, "", 1, sizeof(queryLevelString), NULL};
static char *allowedQueryLevels[] = {
DCM_QUERYLEVELPATIENT,
DCM_QUERYLEVELSTUDY,
DCM_QUERYLEVELSERIES,
DCM_QUERYLEVELIMAGE};
MSG_STATUS_DESCRIPTION statusDescription;
char pendingMsg[] = "\
In SRV_CGetResponse, the response message returned by your callback has \n\
a status of pending and data set that is not null.\n";
MSG_TYPE messageType;
void *message;
DUL_PRESENTATIONCONTEXTID ctxID;
MSG_C_STORE_REQ storeRequest;
char classUID[DICOM_UI_LENGTH + 1];
queryLevelElement.d.string = queryLevelString;
if (getCallback == NULL) {
(void) MSG_Free((void **) getRequest);
return COND_PushCondition(SRV_NOCALLBACK, SRV_Message(SRV_NOCALLBACK), "SRV_CGetResponse");
}
if (getResponse->type != MSG_K_C_GET_RESP) {
(void) MSG_Free((void **) getRequest);
return COND_PushCondition(SRV_ILLEGALPARAMETER, SRV_Message(SRV_ILLEGALPARAMETER), "type", "GET Request", "SRV_CGetResponse");
}
(void) strcpy(classUID, (*getRequest)->classUID);
cond = DCM_CreateObject(&getResponse->identifier, 0);
if (cond != DCM_NORMAL) return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
cond = SRV_ReceiveDataSet(association, getPresentationCtx, DUL_BLOCK, 0, dirName, &(*getRequest)->identifier);
if (PRVSRV_debug && (cond == SRV_NORMAL)) (void) DCM_DumpElements(&(*getRequest)->identifier, 0);
if (cond != SRV_NORMAL) {
(void) MSG_Free((void **) getRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
}
ctx = NULL;
cond = DCM_GetElementValue(&(*getRequest)->identifier, &queryLevelElement, &l, &ctx);
if (cond != DCM_NORMAL) {
(void) MSG_Free((void **) getRequest);
(void) COND_PushCondition(SRV_QUERYLEVELATTRIBUTEMISSING, SRV_Message(SRV_QUERYLEVELATTRIBUTEMISSING), "SRV_CGetResponse");
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
}
queryLevelString[l] = '\0';
if (queryLevelString[l - 1] == ' ') queryLevelString[l - 1] = '\0';
for (flag = 0, l = 0; l < DIM_OF(allowedQueryLevels) && !flag; l++){
if (strcmp(queryLevelString, allowedQueryLevels[l]) == 0) flag = 1;
}
if (!flag) {
(void) MSG_Free((void **) getRequest);
(void) COND_PushCondition(SRV_ILLEGALQUERYLEVELATTRIBUTE, SRV_Message(SRV_ILLEGALQUERYLEVELATTRIBUTE), queryLevelString, "SRV_CGetResponse");
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
}
getResponse->messageIDRespondedTo = (*getRequest)->messageID;
getResponse->conditionalFields = 0;
getResponse->remainingSubOperations = 0;
getResponse->completedSubOperations = 0;
getResponse->failedSubOperations = 0;
getResponse->warningSubOperations = 0;
/*
* Fill up the Store request and let the callback routine do the matching
* and fill the rest of the fields
*/
storeRequest.type = MSG_K_C_STORE_REQ;
storeRequest.conditionalFields = 0;
storeRequest.messageID = SRV_MessageIDOut();
storeRequest.priority = 0;
storeRequest.moveMessageID = (*getRequest)->messageID;
/*
* We invoke the callback for the first time without any StoreResponse so
* that the callback can deal with the query and fill the Store Request
* message and the GET response message. We also pass responseCount as 0
* when we invoke the callback for the first time
*/
cond = getCallback(*getRequest, getResponse, &storeRequest, NULL, 0, getPresentationCtx->abstractSyntax, queryLevelString, getCtx);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE, SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_CGetRespose");
if (storeRequest.dataSetType != DCM_CMDDATANULL) {
/* Send a Store Request */
cond = sendStoreRequest(association, params, &storeRequest);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_SENDFAILED, SRV_Message(SRV_SENDFAILED),"sendStoreRequest", "SRV_CGetResponse");
}else{
/*
* No images are to be transferred as the query may have been
* unsuccessful in the call back routine. We expect the callback
* routine to have supplied the appropriate values for the various
* fields of the getResponse message.
*
* Send the CGetResponse Message and return from the routine
*/
cond = MSG_BuildCommand(getResponse, &responseObject);
if (cond != MSG_NORMAL) return COND_PushCondition(SRV_OBJECTBUILDFAILED, SRV_Message(SRV_OBJECTBUILDFAILED), "getResponse", "SRV_CGetResponse");
cond = SRV_SendCommand(association, getPresentationCtx, &responseObject);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_SENDFAILED, SRV_Message(SRV_SENDFAILED),"SRV_SendCommand", "SRV_CGetResponse");
if (getResponse->dataSetType != DCM_CMDDATANULL) {
cond = SRV_SendDataSet(association, getPresentationCtx, &getResponse->identifier, NULL, NULL, 0);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_SENDFAILED, SRV_Message(SRV_SENDFAILED), "SRV_SendDataSet", "SRV_CGetResponse");
}
return SRV_NORMAL;
}
flag = 0;
while (!flag) {
/*
* Now wait for incoming Store Responses or a Cancel Request. If it
* is a Store Response, invoke the callback routine, with the Store
* Response. The callback will update the Get Response message
* accordingly and also fill the Store Request message if any more
* requests are to be made
*/
cond = SRV_ReceiveCommand(association, params, DUL_BLOCK, 0, &ctxID, NULL, &messageType, (void **) &message);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_RECEIVEFAILED, SRV_Message(SRV_RECEIVEFAILED), "SRV_CGetResponse");
switch (messageType) {
case MSG_K_C_CANCEL_REQ:
rtnCond = SRV_OPERATIONCANCELLED;
getResponse->status = MSG_K_CANCEL;
(void) MSG_Free(&message);
cond = getCallback(*getRequest, getResponse, NULL, NULL, responseCount, getPresentationCtx->abstractSyntax, queryLevelString, getCtx);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE, SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_CGetRespose");
getResponse->messageIDRespondedTo = (*getRequest)->messageID;
break;
case MSG_K_C_STORE_RESP:
responseCount++;
getResponse->dataSetType = DCM_CMDDATANULL;
getResponse->status = 0xffff;
/*
* Fill up the Store request and let the callback routine do the
* matching and fill the rest of the fields
*/
storeRequest.type = MSG_K_C_STORE_REQ;
storeRequest.conditionalFields = 0;
storeRequest.messageID = SRV_MessageIDOut();
storeRequest.priority = 0;
storeRequest.moveMessageID = (*getRequest)->messageID;
cond = getCallback(*getRequest, getResponse, &storeRequest, (MSG_C_STORE_RESP *) message, responseCount,
getPresentationCtx->abstractSyntax, queryLevelString, getCtx);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE, SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_CGetRespose");
if (storeRequest.dataSetType != DCM_CMDDATANULL) {
/* make the next store request */
cond = sendStoreRequest(association, params, &storeRequest);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_SENDFAILED, SRV_Message(SRV_SENDFAILED), "sendStoreRequest", "SRV_CGetResponse");
}
break;
default:
break;
}
if (cond == SRV_NORMAL) {
cond = MSG_StatusLookup(getResponse->status, MSG_K_C_GET_RESP, &statusDescription);
if (cond != MSG_NORMAL) return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
if (statusDescription.statusClass != MSG_K_CLASS_PENDING) flag = 1;
/* Consistency check */
if ((statusDescription.statusClass == MSG_K_CLASS_PENDING) && (getResponse->dataSetType != DCM_CMDDATANULL)) {
if (PRVSRV_debug) fprintf(DEBUG_DEVICE, pendingMsg);
rtnCond = COND_PushCondition(SRV_SUSPICIOUSRESPONSE, SRV_Message(SRV_SUSPICIOUSRESPONSE), "C-GET", "pending", "not null", "SRV_CGetResponse");
}
}else{
flag = 1;
}
strcpy(getResponse->classUID, classUID);
getResponse->conditionalFields |= MSG_K_C_GETRESP_CLASSUID;
cond = MSG_BuildCommand(getResponse, &responseObject);
if (cond != MSG_NORMAL) {
(void) MSG_Free((void **) getRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
}
cond = SRV_SendCommand(association, getPresentationCtx, &responseObject);
if (cond != SRV_NORMAL) {
(void) MSG_Free((void **) getRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
}
if (getResponse->dataSetType != DCM_CMDDATANULL) {
cond = SRV_SendDataSet(association, getPresentationCtx, &getResponse->identifier, NULL, NULL, 0);
if (cond != SRV_NORMAL) {
(void) MSG_Free((void **) getRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CGetResponse");
}
}
}
(void) MSG_Free((void **) getRequest);
return rtnCond;
}
CONDITION
SRV_CGetRequest(DUL_ASSOCIATIONKEY ** association, DUL_ASSOCIATESERVICEPARAMETERS * params, MSG_C_GET_REQ * getRequest, MSG_C_GET_RESP * getResponse,
SRV_C_GET_REQ_CALLBACK * getCallback, void *getCallbackCtx, CONDITION(*storageCallback) (), void *storageCallbackCtx, char *dirName)
{
DCM_OBJECT * commandObject; /* Handle for a command object */
CONDITION cond; /* Return value from function calls */
DUL_PRESENTATIONCONTEXT * presentationCtx, /* Presentation context for GET service */ *storePresentationCtx; /* for the arriving store request */
DUL_PRESENTATIONCONTEXTID ctxID;
void *message;
MSG_TYPE messageType;
CTNBOOLEAN done = FALSE;
U32 l;
unsigned long responseCount = 0;
MSG_C_STORE_REQ * storeRequest;
void *ctx;
char queryLevelString[48] = ""; /* Initialization for AIX compiler */
DCM_ELEMENT queryLevelElement = {DCM_IDQUERYLEVEL, DCM_CS, "", 1, sizeof(queryLevelString), NULL};
unsigned short command;
CTNBOOLEAN cancelled = FALSE;
MSG_C_CANCEL_REQ cancelRequest = {MSG_K_C_CANCEL_REQ, 0, 0, DCM_CMDDATANULL};
queryLevelElement.d.string = queryLevelString;
if ((getCallback == NULL) || (storageCallback == NULL)) return COND_PushCondition(SRV_NOCALLBACK, SRV_Message(SRV_NOCALLBACK), "SRV_CGetRequest");
if (getRequest->type != MSG_K_C_GET_REQ) return COND_PushCondition(SRV_ILLEGALPARAMETER, SRV_Message(SRV_ILLEGALPARAMETER), "type", "GET Request", "SRV_CGetRequest");
if (getRequest->dataSetType == DCM_CMDDATANULL) return COND_PushCondition(SRV_ILLEGALPARAMETER, SRV_Message(SRV_ILLEGALPARAMETER), "dataSetType", "GET Request", "SRV_CGetRequest");
ctx = NULL;
cond = DCM_GetElementValue(&getRequest->identifier, &queryLevelElement, &l, &ctx);
if (cond != DCM_NORMAL) return COND_PushCondition(SRV_OBJECTACCESSFAILED, SRV_Message(SRV_OBJECTACCESSFAILED), "Query Identifier", "SRV_CGetRequest");
queryLevelString[l] = '\0';
if (queryLevelString[l - 1] == ' ') queryLevelString[l - 1] = '\0';
presentationCtx = SRVPRV_PresentationContext(params, getRequest->classUID);
if (presentationCtx == NULL) return COND_PushCondition(SRV_NOSERVICEINASSOCIATION, SRV_Message(SRV_NOSERVICEINASSOCIATION), getRequest->classUID, "SRV_CGetRequest");
cond = MSG_BuildCommand(getRequest, &commandObject);
if (cond != MSG_NORMAL) return COND_PushCondition(SRV_OBJECTBUILDFAILED, SRV_Message(SRV_OBJECTBUILDFAILED), "GET Request", "SRV_CGetRequest");
cond = SRV_SendCommand(association, presentationCtx, &commandObject);
(void) DCM_CloseObject(&commandObject);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CGetRequest");
cond = SRV_SendDataSet(association, presentationCtx, &getRequest->identifier, NULL, NULL, 0);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CGetRequest");
while (!done) { /* do until there are no more pending requests */
cond = SRV_ReceiveCommand(association, params, DUL_BLOCK, 0, &ctxID, &command, &messageType, &message);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CGetRequest");
switch (messageType) {
case MSG_K_C_GET_RESP:
cond = processGetResponse(association, presentationCtx, dirName, getRequest, (MSG_C_GET_RESP *) message,
queryLevelString, getCallback, getCallbackCtx, &done, &cancelled, getResponse, &responseCount);
(void) MSG_Free(&message);
if ((CTN_FATAL(cond)) || (CTN_ERROR(cond))) return cond;
break;
case MSG_K_C_STORE_REQ:
storeRequest = (MSG_C_STORE_REQ *) message;
storePresentationCtx = SRVPRV_PresentationContext(params, storeRequest->classUID);
if (storePresentationCtx == NULL)
return COND_PushCondition(SRV_PRESENTATIONCONTEXTERROR, SRV_Message(SRV_PRESENTATIONCONTEXTERROR), "SRV_CGetRequest");
cond = processStoreRequest(association, storePresentationCtx, storeRequest, storageCallback, storageCallbackCtx);
if ((CTN_FATAL(cond)) || (CTN_ERROR(cond))) return cond;
break;
default:
(void) MSG_Free(&message);
return COND_PushCondition(SRV_UNEXPECTEDCOMMAND, SRV_Message(SRV_UNEXPECTEDCOMMAND), (int) command, "SRV_CGetRequest");
}
}
if (cancelled){
return SRV_OPERATIONCANCELLED;
}else{
return SRV_NORMAL;
}
}
/* SRV_NActionResponse
**
** Purpose:
** SRV_NActionResponse assists an application that wants to be an SCP
** of a number of SOP classes. When an application receives an N-ACTION
** request message, it calls this function with the N-ACTION request
** and other parameters. SRV_NActionResponse checks the caller's
** parameters and calls the user's callback function. In the callback
** function, the caller fills in the parameters of the N-ACTION response
** message and then returns to the SRV function.
**
** After the callback function returns, SRV_NActionResponse constructs a
** N-ACTION Response message and sends it to the peer application which
** sent the request message.
**
** The arguments to the callback function are:
** MSG_N_ACTION_REQ *actionRequest
** MSG_N_ACTION_RESP *actionResponse
** void *actionCtx
** DUL_PRESENTATIONCONTEXT *pc
**
** The first two arguments are MSG structures that contain the N-ACTION
** Request and N-ACTION Response messages respectively. The third
** argument is the caller's context variable that is passed to
** SRV_NActionResponse. The presentation context describes the SOP
** class that was negotiated for this message.
**
** The callback function should return SRV_NORMAL. Any other return
** value will cause the SRV facility to abort the Association.
**
** Parameter Dictionary:
** association The key which is used for transmitting the N-ACTION
** response.
** presentationCtx Pointer to presentation context to be used when sending
** the N-ACTION response.
** actionRequest Pointer to the structure with the N-ACTION request
** parameters which was received by the application.
** actionResponse Pointer to structure in the caller's area which will be
** filled with the parameters of the N-ACTION response
** command. After the parameters are filled in, the
** N-ACTION response is sent to the peer application
** which sent the request.
** actionCallback Address of user callback function to be called
** with the N-ACTION response from SCP.
** actionCtx Pointer to user context information which will be
** passed to the callback function. Caller uses this
** variable to contain any context required for the
** callback function.
** dirName Name of directory where files may be created.
**
**
** Return Values:
**
** SRV_CALLBACKABORTEDSERVICE
** SRV_ILLEGALPARAMETER
** SRV_NOCALLBACK
** SRV_NORMAL
** SRV_OBJECTBUILDFAILED
** SRV_RESPONSEFAILED
**
** Algorithm:
** Receive a data set, if any, from the peer application
** Invoke the callback function, if it exists.
** Build a command and send it to the requesting peer application.
** Send a data set, if any, to the peer application.
**
** Notes:
** The callback function is responsible for explicitly setting the
** following fields in the N-ACTION response message:
**
** type
** messageIDRespondedTo
** classUID
** dataSetType
** instanceUID
** status
** actionReply (if any)
**
*/
CONDITION
SRV_NActionResponse(DUL_ASSOCIATIONKEY ** association,
DUL_PRESENTATIONCONTEXT * presentationCtx,
MSG_N_ACTION_REQ ** actionRequest,
MSG_N_ACTION_RESP * actionResponse,
SRV_N_ACTION_RESP_CALLBACK * actionCallback, void *actionCtx,
char *dirName)
{
CONDITION
rtnCond = SRV_NORMAL,
cond;
DCM_OBJECT
* responseObject = NULL;
actionResponse->status = MSG_K_SUCCESS; /* initialize */
actionResponse->dataSetType = DCM_CMDDATANULL;
actionResponse->actionReply = NULL;
if (actionCallback == NULL) {
rtnCond = COND_PushCondition(SRV_NOCALLBACK,
SRV_Message(SRV_NOCALLBACK), "SRV_NActionResponse");
actionResponse->status = MSG_K_RESOURCELIMITATION;
goto SEND_RESPONSE;
}
/* check if there is any data coming over the network */
if ((*actionRequest)->dataSetType != DCM_CMDDATANULL) {
cond = SRV_ReceiveDataSet(association, presentationCtx,
DUL_BLOCK, 0, dirName, &(*actionRequest)->actionInformation);
if (cond != SRV_NORMAL) {
rtnCond = COND_PushCondition(SRV_RECEIVEDATASETFAILED,
SRV_Message(SRV_RECEIVEDATASETFAILED),
"SRV_NActionResponse");
actionResponse->status = MSG_K_PROCESSINGFAILURE;
goto SEND_RESPONSE;
}
}
/* SRV routine allocates space for the action reply */
cond = DCM_CreateObject(&actionResponse->actionReply, 0);
if (cond != DCM_NORMAL) {
rtnCond = COND_PushCondition(SRV_OBJECTBUILDFAILED,
SRV_Message(SRV_OBJECTBUILDFAILED), "SRV_NActionResponse");
actionResponse->status = MSG_K_PROCESSINGFAILURE;
goto SEND_RESPONSE;
}
cond = actionCallback(*actionRequest, actionResponse, actionCtx,
presentationCtx);
if (cond != SRV_NORMAL) {
rtnCond = COND_PushCondition(SRV_CALLBACKABORTEDSERVICE,
SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_NActionRequest");
goto SEND_RESPONSE;
}
if (actionResponse->type != MSG_K_N_ACTION_RESP) {
rtnCond = COND_PushCondition(SRV_ILLEGALPARAMETER,
SRV_Message(SRV_ILLEGALPARAMETER), "type", "N-ACTION Response",
"SRV_NActionResponse");
goto SEND_RESPONSE;
}
SEND_RESPONSE:
/* At this point we free the request pointer */
(void) MSG_Free((void **) actionRequest);
/*
* If there are any errors in the following steps, it is necessary for
* the SRV routine to free the data set object it had created earlier.
* But we must verify that such a data set creation operation itself was
* successful before we try to free the data set
*/
/* send the action reply (if any) only on success status */
if (actionResponse->status != MSG_K_SUCCESS) {
actionResponse->dataSetType = DCM_CMDDATANULL;
if (actionResponse->actionReply)
(void) DCM_CloseObject(&actionResponse->actionReply);
return rtnCond;
}
/* build a command object */
cond = MSG_BuildCommand(actionResponse, &responseObject);
if (cond != MSG_NORMAL) {
if (actionResponse->actionReply)
(void) DCM_CloseObject(&actionResponse->actionReply);
return COND_PushCondition(SRV_OBJECTBUILDFAILED,
SRV_Message(SRV_OBJECTBUILDFAILED), "N-ACTION Response",
"SRV_NActionResponse");
}
cond = SRV_SendCommand(association, presentationCtx, &responseObject);
(void) DCM_CloseObject(&responseObject);
if (cond != SRV_NORMAL) {
if (actionResponse->actionReply)
(void) DCM_CloseObject(&actionResponse->actionReply);
return COND_PushCondition(SRV_SENDFAILED,
SRV_Message(SRV_SENDFAILED), "Command",
"SRV_NActionResponse");
}
/*
* At this point, the response message status is "SUCCESS". This also
* implies that the "data set" object exists but may be empty (not NULL)
* Hence if there is any error, we need to close it first before we
* return.
*/
if (actionResponse->dataSetType != DCM_CMDDATANULL) {
cond = SRV_SendDataSet(association, presentationCtx,
&actionResponse->actionReply, NULL, NULL, 0);
if (cond != SRV_NORMAL) {
(void) DCM_CloseObject(&actionResponse->actionReply);
return COND_PushCondition(SRV_SENDFAILED,
SRV_Message(SRV_SENDFAILED), "Data Set",
"SRV_NActionResponse");
}
}
(void) DCM_CloseObject(&actionResponse->actionReply); /* was allocated memory */
return SRV_NORMAL; /* everything is successful at this point */
}
/* SRV_NActionRequest
**
** Purpose:
** SRV_NActionRequest assists an application that wants to be an SCU of
** a number of SOP classes. This function constructs an N-ACTION-REQ
** message and sends it to the peer application which is acting as the
** SCP for a SOP class. This function waits for the response from the
** peer application and invokes the caller's callback function.
**
** The arguments to the callback function are:
** MSG_N_ACTION_REQ *actionRequest
** MSG_N_ACTION_RESP *actionResponse
** void *actionCtx
**
** The first two arguments are MSG structures that contain the N-ACTION
** Request and N-ACTION Response messages respectively. The final
** argument is the caller's context variable that is passed to
** SRV_NActionRequest.
**
** The callback function should return SRV_NORMAL. Any other return
** value will cause the SRV facility to abort the Association.
**
** Parameter Dictionary:
** association The key which is used to access an existing
** association.
** params The list of parameters for the association. This
** list includes the list of presentation contexts.
** SOPClass UID of the SOP class used when the association was
** negotiated. Since this can be a meta class, it may
** not be the same as the class UID in the N-ACTION
** request message.
** actionRequest Pointer to the structure with the N-ACTION request
** parameters.
** actionResponse Pointer to caller's pointer to an N-ACTION response.
** This function will allocate an MSG_N_ACTION_RESP
** message and return the pointer to the caller.
** actionCallback Address of user callback function to be called
** with the N-ACTION response from SCP.
** actionCtx Pointer to user context information which will be
** passed to the callback function. Caller uses this
** variable to contain any context required for the
** callback function.
** dirName Name of directory where files may be created.
**
**
** Return Values:
**
** SRV_CALLBACKABORTEDSERVICE
** SRV_ILLEGALPARAMETER
** SRV_NOCALLBACK
** SRV_NORMAL
** SRV_OBJECTBUILDFAILED
** SRV_REQUESTFAILED
** SRV_UNEXPECTEDCOMMAND
** SRV_UNSUPPORTEDSERVICE
**
** Algorithm:
** Check if the callback function has been provided.
** Determine the presentation context
** Encode the N-ACTION request message as a command object and
** send it to an SCP
** Send data set, if one exists, to the SCP.
** Wait for a response message to arrive from the SCP
** Receive a data set, if one exists, from the SCP
** Return address of Response message structure to caller.
**
** Notes:
** The caller is responsible for explicitly setting the following
** fields in the N-ACTION request message:
**
** type
** messageID
** classUID
** dataSetType
** instanceUID
** actionTypeID
**
** The caller is also responsible for releasing the Response message
** structure after the SRV_NActionRequest function returns,
** using MSG_Free.
*/
CONDITION
SRV_NActionRequest(DUL_ASSOCIATIONKEY ** association,
DUL_ASSOCIATESERVICEPARAMETERS * params,
char *SOPClass,
MSG_N_ACTION_REQ * actionRequest,
MSG_N_ACTION_RESP * actionResponse,
SRV_N_ACTION_REQ_CALLBACK * actionCallback, void *actionCtx,
char *dirName)
{
DCM_OBJECT
* commandObject; /* Handle for a command object */
CONDITION
cond; /* Return value from function calls */
DUL_PRESENTATIONCONTEXT
* presentationCtx; /* Presentation context for this service */
DUL_PRESENTATIONCONTEXTID
ctxID;
void
*message;
MSG_TYPE
messageType;
MSG_N_ACTION_RESP
* localResponse;
unsigned short
command;
if (actionCallback == NULL)
return COND_PushCondition(SRV_NOCALLBACK,
SRV_Message(SRV_NOCALLBACK), "SRV_NActionRequest");
presentationCtx = SRVPRV_PresentationContext(params, SOPClass);
if (presentationCtx == NULL)
return COND_PushCondition(SRV_UNSUPPORTEDSERVICE,
SRV_Message(SRV_UNSUPPORTEDSERVICE),
actionRequest->classUID, "SRV_NActionRequest");
if (actionRequest->type != MSG_K_N_ACTION_REQ)
return COND_PushCondition(SRV_ILLEGALPARAMETER,
SRV_Message(SRV_ILLEGALPARAMETER), "type", "N-ACTION Request",
"SRV_NActionRequest");
cond = MSG_BuildCommand(actionRequest, &commandObject);
if (cond != MSG_NORMAL)
return COND_PushCondition(SRV_OBJECTBUILDFAILED,
SRV_Message(SRV_OBJECTBUILDFAILED), "N-ACTION Request",
"SRV_NActionRequest");
cond = SRV_SendCommand(association, presentationCtx, &commandObject);
(void) DCM_CloseObject(&commandObject);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NActionRequest");
if (actionRequest->dataSetType != DCM_CMDDATANULL) {
/* application specific action information exists */
cond = SRV_SendDataSet(association, presentationCtx,
&actionRequest->actionInformation, NULL, NULL, 0);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NActionRequest");
}
cond = SRV_ReceiveCommand(association, params, DUL_BLOCK, 0, &ctxID,
&command, &messageType, &message);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NActionRequest");
if (messageType != MSG_K_N_ACTION_RESP) {
(void) MSG_Free(&message);
return COND_PushCondition(SRV_UNEXPECTEDCOMMAND,
SRV_Message(SRV_UNEXPECTEDCOMMAND), (int) command,
"SRV_NActionRequest");
}
localResponse = (MSG_N_ACTION_RESP *) message;
if (localResponse->dataSetType == DCM_CMDDATANULL) {
localResponse->actionReply = NULL;
} else {
/* application specific action reply needs to be received */
cond = SRV_ReceiveDataSet(association, presentationCtx, DUL_BLOCK,
0, dirName, &localResponse->actionReply);
if (cond != SRV_NORMAL) {
(void) MSG_Free(&message);
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NActionRequest");
}
}
cond = actionCallback(actionRequest, localResponse, actionCtx);
(void) MSG_Free(&message);
if (localResponse->actionReply != NULL) {
(void) DCM_CloseObject(&localResponse->actionReply);
localResponse->actionReply = NULL;
}
if (actionResponse != NULL)
*actionResponse = *localResponse;
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE,
SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_NActionRequest");
return SRV_NORMAL;
}
/*******************************************************************************
* State machine to send the next report. If it can't get the memory, tries
* again later.
*
* This will concatinate all of the reportable attributes in a single cluster
*******************************************************************************/
void ZCL_SendReport(void)
{
afDeviceDef_t *pDevice;
uint8_t payloadLen;
uint8_t reportLen;
afToApsdeMessage_t *pMsg; /* a message for sending the report */
afAddrInfo_t addrInfo;
afClusterDef_t *pCluster;
zclFrame_t *pFrame;
uint8_t i;
zclReportAttr_t *pReportList;
BeeUtilZeroMemory(&addrInfo, sizeof(addrInfo));
/* starting over? reset indexes */
if(gfZclReportRestart) {
gZclReportDeviceIndex = gZclReportClusterIndex = gAsynchronousClusterIndex = 0;
gfZclReportRestart = FALSE;
}
/* get a buffer to build the next report */
pMsg = AF_MsgAlloc();
if(!pMsg) {
gfZclReportRestart = FALSE;
ZLC_StartShortReportingTimer();
return;
}
/* walk through all devices */
while(gZclReportDeviceIndex < gNum_EndPoints_c) {
/* make sure this app endpoint is a ZCL device */
pDevice = (afDeviceDef_t *) endPointList[gZclReportDeviceIndex].pDevice;
/* report list */
pReportList = pDevice->pReportList;
if(!pDevice || !pDevice->pfnZCL) {
++gZclReportDeviceIndex;
continue;
}
/* Find if any attribute are a asynchronous, then update the attribute */
do
{
for(i=0; i<pDevice->reportCount; ++i)
{
zclAttrDef_t *pAttrDef;
zclReportAttr_t *pCurrentReportList = &pReportList[i];
/* only looking for this one cluster, to see if it's in the reportinglist */
if(!IsEqual2Bytes(pCurrentReportList->aClusterId, pDevice->pClusterDef[gAsynchronousClusterIndex].aClusterId))
continue;
// If the cluster is on the reporting list, find the reporting attribute
pAttrDef = ZCL_FindAttr(&pDevice->pClusterDef[gAsynchronousClusterIndex], pCurrentReportList->attrId);
if(pAttrDef)
{
/* It's a asynchronous attribute, update before reporting */
if(ZclAttrIsAsynchronous_c(pAttrDef->flags))
{
++gAsynchronousClusterIndex;
BeeAppUpdateDevice(0, gZclUI_SendReportingAttributeRequest_c, pAttrDef->id, pCurrentReportList->aClusterId, NULL);
//Free the message, because we return from here
MSG_Free(pMsg);
return;
}
}
}
++gAsynchronousClusterIndex;
}while(gAsynchronousClusterIndex < pDevice->clusterCount);
/* check each cluster for reporting attributes */
while(gZclReportClusterIndex < pDevice->clusterCount) {
pCluster = &pDevice->pClusterDef[gZclReportClusterIndex];
pFrame = (void *)(&((uint8_t *)pMsg)[ApsmeGetAsduOffset()]);
/* build the report for the next cluster */
reportLen = ZCL_BuildAttrReport(
(zclCmdReportAttr_t *)(pFrame + 1), /* ptr to report frame */
pDevice, /* ptr to device */
pCluster
);
/* no reporting attributes this cluster */
if(!reportLen) {
++gZclReportClusterIndex;
continue;
}
/* set up the address info */
addrInfo.dstAddrMode = gZbAddrModeIndirect_c;
addrInfo.srcEndPoint = endPointList[gZclReportDeviceIndex].pEndpointDesc->pSimpleDesc->endPoint;
addrInfo.txOptions = gZclTxOptions;
addrInfo.radiusCounter = afDefaultRadius_c;
/* determine which cluster to send it to */
Copy2Bytes(addrInfo.aClusterId, pCluster->aClusterId);
/* set up frame */
pFrame->frameControl = gZclFrameControl_FrameTypeGeneral | gZclFrameControl_DisableDefaultRsp;
pFrame->transactionId = gZclTransactionId++;
pFrame->command = gZclCmdReportAttr_c;
/* send the report */
payloadLen = sizeof(zclFrame_t) + reportLen;
(void)ZCL_DataRequestNoCopy(&addrInfo, payloadLen, pMsg);
++gZclReportClusterIndex;
/* start a short timer between reporting clusters */
gfZclReportRestart = FALSE;
ZLC_StartShortReportingTimer();
return;
}
/* try next device */
++gZclReportDeviceIndex;
gZclReportClusterIndex=0;
gAsynchronousClusterIndex=0;
} /* end of while(gZclReportDeviceIndex < gNum_EndPoints_c) */
if(pMsg)
MSG_Free(pMsg);
/* start up a new timer if needed */
if(gZclReportingSetup.reportTimeout != 0 && gZclReportingSetup.reportTimeout != 0xFFFF)
{
gZclReportingSetup.reportCounter = gZclReportingSetup.reportTimeout;
ZLC_StartReportingTimer();
}
}
/* SRV_NSetRequest
**
** Purpose:
** SRV_NSetRequest assists an application that wants to be an SCU of
** a number of SOP classes. This function constructs an N-SET-REQ
** message and sends it to the peer application which is acting as the
** SCP for a SOP class. This function waits for the response from the
** peer application and invokes the caller's callback function.
**
** The arguments to the callback function are:
** MSG_N_SET_REQ *setRequest
** MSG_N_SET_RESP *setResponse
** void *setCtx
**
** The first two arguments are MSG structures that contain the N-SET
** Request and N-SET Response messages respectively. The final
** argument is the caller's context variable that is passed to
** SRV_NSetRequest.
**
** The callback function should return SRV_NORMAL. Any other return
** value will cause the SRV facility to abort the Association.
**
** Parameter Dictionary:
** association The key which is used to access an existing
** association.
** params The list of parameters for the association. This
** list includes the list of presentation contexts.
** SOPClass UID of the SOP class used when the association was
** negotiated. Since this can be a meta class, it may
** not be the same as the class UID in the N-SET
** request message.
** setRequest Pointer to the structure with the N-SET request
** parameters.
** setResponse Pointer to caller's pointer to an N-SET response.
** This function will allocate an MSG_N_SET_RESP
** message and return the pointer to the caller.
** setCallback Address of user callback function to be called
** with the N-SET response from SCP.
** setCtx Pointer to user context information which will be
** passed to the callback function. Caller uses this
** variable to contain any context required for the
** callback function.
** dirName Name of directory where files may be created.
**
**
** Return Values:
**
** SRV_CALLBACKABORTEDSERVICE
** SRV_ILLEGALPARAMETER
** SRV_NOCALLBACK
** SRV_NORMAL
** SRV_OBJECTBUILDFAILED
** SRV_REQUESTFAILED
** SRV_UNEXPECTEDCOMMAND
** SRV_UNSUPPORTEDSERVICE
**
** Algorithm:
** Check if the callback function has been provided.
** Determine the presentation context
** Encode the N-SET request message as a command object and
** send it to an SCP
** Send data set, if one exists, to the SCP.
** Wait for a response message to arrive from the SCP
** Receive a data set, if one exists, from the SCP
** Return address of Response message structure to caller.
**
** Notes:
** The caller is responsible for explicitly setting the following
** fields in the N-SET request message:
**
** type
** messageID
** classUID
** dataSetType
** dataSet
** instanceUID
**
** The caller is also responsible for releasing the Response message
** structure after the SRV_NSetRequest function returns,
** using MSG_Free.
*/
CONDITION
SRV_NSetRequest(DUL_ASSOCIATIONKEY ** association,
DUL_ASSOCIATESERVICEPARAMETERS * params,
char *SOPClass,
MSG_N_SET_REQ * setRequest, MSG_N_SET_RESP * setResponse,
SRV_N_SET_REQ_CALLBACK * setCallback, void *setCtx, char *dirName)
{
DCM_OBJECT
* commandObject; /* Handle for a command object */
CONDITION
cond; /* Return value from function calls */
DUL_PRESENTATIONCONTEXT
* presentationCtx; /* Presentation context for this service */
DUL_PRESENTATIONCONTEXTID
ctxID;
void
*message;
MSG_TYPE
messageType;
MSG_N_SET_RESP
* localResponse;
unsigned short
command;
if (setCallback == NULL)
return COND_PushCondition(SRV_NOCALLBACK,
SRV_Message(SRV_NOCALLBACK), "SRV_NSetRequest");
presentationCtx = SRVPRV_PresentationContext(params, SOPClass);
if (presentationCtx == NULL)
return COND_PushCondition(SRV_UNSUPPORTEDSERVICE,
SRV_Message(SRV_UNSUPPORTEDSERVICE),
setRequest->classUID, "SRV_NSetRequest");
if (setRequest->type != MSG_K_N_SET_REQ)
return COND_PushCondition(SRV_ILLEGALPARAMETER,
SRV_Message(SRV_ILLEGALPARAMETER), "type", "N-SET Request",
"SRV_NSetRequest");
cond = MSG_BuildCommand(setRequest, &commandObject);
if (cond != MSG_NORMAL)
return COND_PushCondition(SRV_OBJECTBUILDFAILED,
SRV_Message(SRV_OBJECTBUILDFAILED), "N-SET Request",
"SRV_NSetRequest");
cond = SRV_SendCommand(association, presentationCtx, &commandObject);
(void) DCM_CloseObject(&commandObject);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NSetRequest");
if (setRequest->dataSetType == DCM_CMDDATANULL)
/* sending attribute list is mandatory */
return COND_PushCondition(SRV_ILLEGALPARAMETER,
SRV_Message(SRV_ILLEGALPARAMETER), "dataSetType", "N-SET Request",
"SRV_NSetRequest");
cond = SRV_SendDataSet(association, presentationCtx,
&setRequest->dataSet, NULL, NULL, 0);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NSetRequest");
cond = SRV_ReceiveCommand(association, params, DUL_BLOCK, 0, &ctxID,
&command, &messageType, &message);
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NSetRequest");
if (messageType != MSG_K_N_SET_RESP) {
(void) MSG_Free(&message);
return COND_PushCondition(SRV_UNEXPECTEDCOMMAND,
SRV_Message(SRV_UNEXPECTEDCOMMAND), (int) command,
"SRV_NSetRequest");
}
localResponse = (MSG_N_SET_RESP *) message;
if (localResponse->dataSetType == DCM_CMDDATANULL) {
localResponse->dataSet = NULL;
} else {
cond = SRV_ReceiveDataSet(association, presentationCtx,
DUL_BLOCK, 0, dirName, &localResponse->dataSet);
if (cond != SRV_NORMAL) {
(void) MSG_Free(&message);
return COND_PushCondition(SRV_REQUESTFAILED,
SRV_Message(SRV_REQUESTFAILED), "SRV_NSetRequest");
}
}
cond = setCallback(setRequest, localResponse, setCtx);
(void) MSG_Free(&message);
if (localResponse->dataSet != NULL) {
(void) DCM_CloseObject(&localResponse->dataSet);
localResponse->dataSet = NULL;
}
if (setResponse != NULL)
*setResponse = *localResponse;
if (cond != SRV_NORMAL)
return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE,
SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_NSetRequest");
return SRV_NORMAL;
}
void HcOutgoingZtcTaskEventMonitor(OepOutgoingMessage_t *message) {
hcZtcMessage_t* pMsgFromSAPHandler;
/* cleaner access to the 11073 apdu */
oepGenericApdu_t *pApdu = (oepGenericApdu_t *)message->pApdu;
uint8_t* pSrcDataPtr;
uint8_t* pDstDataPtr;
/* first fragment flag is initially set to True */
uint8_t firstFragment = TRUE;
uint16_t apduLen = message->length - MbrSizeof(oepGenericApdu_t, apduLen);
uint8_t dataCopyLen;
/* iterate the fragments */
do
{
/* allocate a new buffer as the ZTC frames are quite different from the actual
11073 frames */
pMsgFromSAPHandler = (hcZtcMessage_t *) MSG_Alloc(mSapHandlerMsgTotalLen_c);
if (firstFragment) {
oepMsgType_t oepMsgType;
firstFragment = FALSE;
/* is it a cfg, prst, other kind of frame? */
oepMsgType = GetOepMsgType(pApdu);
/* get ZTC opcode id for the frame */
pMsgFromSAPHandler->msgType = GetMsgZtcOpCode(pApdu);
/* frame is an object configuration frame */
if (oepMsgType == msgType_ObjCfgMsg) {
hcZtcObjCfgFrame_t* pHcZtcObjCfgFrame = (hcZtcObjCfgFrame_t *)pMsgFromSAPHandler->data;
apduLen -= MbrSizeof(oepGenericApdu_t, choice);
if (apduLen > mSapHandlerMsgTotalLen_c - MbrOfs(hcZtcObjCfgFrame_t, objCfgFrame)) {
dataCopyLen = mSapHandlerMsgTotalLen_c - MbrOfs(hcZtcObjCfgFrame_t, objCfgFrame);
apduLen -= dataCopyLen;
pHcZtcObjCfgFrame->nextFragmentPresent = TRUE;
}
else {
dataCopyLen = (uint8_t)apduLen;
apduLen = 0;
pHcZtcObjCfgFrame->nextFragmentPresent = FALSE;
}
pMsgFromSAPHandler->msgLen = dataCopyLen + MbrOfs(hcZtcObjCfgFrame_t, objCfgFrame);
pSrcDataPtr = (uint8_t *)pApdu->payload;
pDstDataPtr = (uint8_t *)pHcZtcObjCfgFrame->objCfgFrame;
pHcZtcObjCfgFrame->endPoint = message->srcEndPoint;
}
else {
/* Aarq, Aars, Prst, etc type of frame */
hcZtcFrame_t* pZtcFrameGeneric = (hcZtcFrame_t *)pMsgFromSAPHandler->data;
if (apduLen > mSapHandlerMsgTotalLen_c - MbrOfs(hcZtcFrame_t, apdu)) {
dataCopyLen = mSapHandlerMsgTotalLen_c - MbrOfs(hcZtcFrame_t, apdu);
apduLen -= dataCopyLen;
pZtcFrameGeneric->nextFragmentPresent = TRUE;
}
else {
dataCopyLen = (uint8_t)apduLen;
apduLen = 0;
pZtcFrameGeneric->nextFragmentPresent = FALSE;
}
pMsgFromSAPHandler->msgLen = dataCopyLen + MbrOfs(hcZtcFrame_t, apdu);
pSrcDataPtr = (uint8_t *)&pApdu->choice;
pDstDataPtr = (uint8_t *)pZtcFrameGeneric->apdu;
Copy2Bytes(pZtcFrameGeneric->aSrcDstAddr, message->aDstAddr);
pZtcFrameGeneric->dstEndPoint = message->dstEndPoint;
pZtcFrameGeneric->srcEndPoint = message->srcEndPoint;
}
}
else
{
/* this is not the first fragment; */
hcZtcFragmentContinuationFrame_t* pZtcFragmentCont =
(hcZtcFragmentContinuationFrame_t *)pMsgFromSAPHandler->data;
/* set fragment continuation opcode */
pMsgFromSAPHandler->msgType = gHcZtcOpcode_FragmentContinuation_d;
if (apduLen > mSapHandlerMsgTotalLen_c -
MbrOfs(hcZtcFragmentContinuationFrame_t, fragmentData)) {
dataCopyLen = mSapHandlerMsgTotalLen_c -
MbrOfs(hcZtcFragmentContinuationFrame_t, fragmentData);
apduLen -= dataCopyLen;
pZtcFragmentCont->nextFragmentPresent = TRUE;
}
else {
dataCopyLen = (uint8_t)apduLen;
apduLen = 0;
pZtcFragmentCont->nextFragmentPresent = FALSE;
}
pMsgFromSAPHandler->msgLen = dataCopyLen +
MbrSizeof(hcZtcFragmentContinuationFrame_t, fragmentData);
pDstDataPtr = (uint8_t *)pZtcFragmentCont->fragmentData;
}
FLib_MemCpy(pDstDataPtr, pSrcDataPtr, dataCopyLen);
pSrcDataPtr += dataCopyLen;
/* send message to ZTC */
#ifndef gHostApp_d
ZTC_TaskEventMonitor(gHcApp_SAPHandlerId_c, (uint8_t *)pMsgFromSAPHandler, gZbSuccess_c);
#else
ZTC_TaskEventMonitor(gpHostAppUart, gHcApp_SAPHandlerId_c, (uint8_t *)pMsgFromSAPHandler, gZbSuccess_c);
#endif
/* free the message if ZTC hasn't already done that */
if (pMsgFromSAPHandler)
MSG_Free(pMsgFromSAPHandler);
} while (apduLen > 0);
}
void HcIncomingZtcTaskEventMonitor(OepFragmentedApdu_t *message) {
hcZtcMessage_t* pMsgFromSAPHandler;
/* pCurrentFragment points initially to the fragment in OepFragmentedApdu_t */
OepApduFragment_t* pCurrentFragment = &message->fragment;
/* cleaner access to the 11073 apdu */
oepGenericApdu_t *pApdu = (oepGenericApdu_t *)pCurrentFragment->data;
/* first fragment flag is initially set to True */
uint8_t firstFragment = TRUE;
/* iterate the fragments */
do {
uint8_t srcOffset, dstOffset, dataCopyLen;
/* allocate a new buffer as the ZTC frames are quite different from the actual
11073 frames */
pMsgFromSAPHandler = (hcZtcMessage_t *) MSG_Alloc(mSapHandlerMsgTotalLen_c);
/* set default values for mem copy offsets and length */
/* by default copy data beginning with the choice member in the apdu */
srcOffset = MbrOfs(oepGenericApdu_t, choice);
/* by default copy data to the apdu member in the ztc frame*/
dstOffset = MbrOfs(hcZtcFrame_t, apdu);
/* data copy length adjusted to omit apduLen field */
dataCopyLen = pCurrentFragment->len - MbrOfs(oepGenericApdu_t, choice);
if (firstFragment) {
oepMsgType_t oepMsgType;
firstFragment = FALSE;
/* is it a cfg, prst, other kind of frame? */
oepMsgType = GetOepMsgType(pApdu);
/* get ZTC opcode id for the frame */
pMsgFromSAPHandler->msgType = GetMsgZtcOpCode(pApdu);
/* frame is an object configuration frame */
if (oepMsgType == msgType_ObjCfgMsg) {
/* msgLen is the length of the ZTC payload; this includes the actual
apdu payload, without the choice and apduLen as well as the src/dstEndPoint
and nextFragmentPresent bytes */
pMsgFromSAPHandler->msgLen = (uint8_t)(pCurrentFragment->len -
MbrOfs(oepGenericApdu_t, payload) +
MbrOfs(hcZtcObjCfgFrame_t, objCfgFrame));
/* adjust source offset for data copy to not include choice */
srcOffset = MbrOfs(oepGenericApdu_t, payload);
/* adjust dst offset for data copy as srcAddress and an endpoint are no longer included */
dstOffset = MbrOfs(hcZtcObjCfgFrame_t, objCfgFrame);
/* adjust data length for data copy as choice is no longer included */
dataCopyLen -= MbrSizeof(oepGenericApdu_t, choice);
/* set destination endpoint as second byte in the ZTC
packet based on frame direction */
pMsgFromSAPHandler->data[1] = message->dstEndPoint;
}
else {
/* Aarq, Aars, Prst, etc type of frame */
hcZtcFrame_t* pZtcFrameGeneric = (hcZtcFrame_t *)pMsgFromSAPHandler->data;
/* msgLen is the length of the ZTC payload; this includes the actual
apdu payload, without the apduLen as well as the addressing information
and nextFragmentPresent bytes */
pMsgFromSAPHandler->msgLen = pCurrentFragment->len -
MbrOfs(oepGenericApdu_t, choice) +
MbrOfs(hcZtcFrame_t, apdu);
/* copy addressing info */
Copy2Bytes(pZtcFrameGeneric->aSrcDstAddr, message->aSrcAddr);
pZtcFrameGeneric->dstEndPoint = message->dstEndPoint;
pZtcFrameGeneric->srcEndPoint = message->srcEndPoint;
}
}
else
{
/* this is not the first fragment; */
/* set data copy and copy size accordingly */
srcOffset = 0;
dstOffset = 1;
dataCopyLen = pCurrentFragment->len;
pApdu = (oepGenericApdu_t *)pCurrentFragment->data;
/* set fragment continuation opcode */
pMsgFromSAPHandler->msgType = gHcZtcOpcode_FragmentContinuation_d;
/* msgLen includes the actualapdu payload and the nextFragmentPresent byte */
pMsgFromSAPHandler->msgLen = pCurrentFragment->len +
MbrSizeof(hcZtcFrame_t, nextFragmentPresent);
}
/* nextFragmentPresent */
pMsgFromSAPHandler->data[0] = FALSE;
/* set nextFramgentPresent byte in ZTC frame to 1 if there is
another fragment to be processed */
if (pCurrentFragment->nextFragment != NULL)
pMsgFromSAPHandler->data[0] = TRUE;
/* do the fragment iteration */
pCurrentFragment = pCurrentFragment->nextFragment;
/* copy payload data */
FLib_MemCpy((uint8_t*)pMsgFromSAPHandler->data + dstOffset,
(uint8_t*)pApdu + srcOffset,
dataCopyLen);
/* send message to ZTC */
#ifndef gHostApp_d
ZTC_TaskEventMonitor(gAppHc_SAPHandlerId_c, (uint8_t *)pMsgFromSAPHandler, gZbSuccess_c);
#else
ZTC_TaskEventMonitor(gpHostAppUart, gAppHc_SAPHandlerId_c, (uint8_t *)pMsgFromSAPHandler, gZbSuccess_c);
#endif
/* free the message if ZTC hasn't already done that */
if (pMsgFromSAPHandler)
MSG_Free(pMsgFromSAPHandler);
} while (pCurrentFragment != NULL);
}
/*****************************************************************************
*Mac Application Task event processor. This function is called to
* process all events for the task. Events include timers, messages and any
* other user defined events
*
* Interface assumptions: None
*
* Return value: None
*****************************************************************************/
void AppTask(event_t events)
{
/* Pointer for storing the messages from MLME, MCPS, and ASP. */
void *pMsgIn;
/* Stores the status code returned by some functions. */
uint8_t rc;
pMsgIn = NULL;
/* Dequeue the MLME message */
if (events & gAppEvtMessageFromMLME_c)
{
/* Get the message from MLME */
pMsgIn = MSG_DeQueue(&mMlmeNwkInputQueue);
/* Any time a beacon might arrive. Always handle the beacon frame first */
if (pMsgIn)
{
rc = App_WaitMsg(pMsgIn, gNwkBeaconNotifyInd_c);
if(rc == errorNoError)
{
/* ALWAYS free the beacon frame contained in the beacon notify indication.*/
/* ALSO the application can use the beacon payload.*/
MSG_Free(((nwkMessage_t *)pMsgIn)->msgData.beaconNotifyInd.pBufferRoot);
UartUtil_Print("Received an MLME-Beacon Notify Indication\n\r", gAllowToBlock_d);
}
}
}
/* The application state machine */
switch(gState)
{
case stateInit:
/* Print a welcome message to the UART */
UartUtil_Print("MyWirelessApp Demo Non Beacon End Device application is initialized and ready.\n\r\n\r", gAllowToBlock_d);
/* Goto Active Scan state. */
gState = stateScanActiveStart;
TS_SendEvent(gAppTaskID_c, gAppEvtDummyEvent_c);
break;
case stateScanActiveStart:
/* Start the Active scan, and goto wait for confirm state. */
UartUtil_Print("Start scanning for a PAN coordinator\n\r", gAllowToBlock_d);
/*print a message on the LCD also*/
LCD_ClearDisplay();
LCD_WriteString(1,"Start scanning");
LCD_WriteString(2,"for coordinator");
rc = App_StartScan(gScanModeActive_c);
if(rc == errorNoError)
{
gState = stateScanActiveWaitConfirm;
}
break;
case stateScanActiveWaitConfirm:
/* Stay in this state until the Scan confirm message
arrives, and then goto the associate state. */
if (events & gAppEvtMessageFromMLME_c)
{
if (pMsgIn)
{
rc = App_WaitMsg(pMsgIn, gNwkScanCnf_c);
if(rc == errorNoError)
{
rc = App_HandleScanActiveConfirm(pMsgIn);
if(rc == errorNoError)
{
UartUtil_Print("Found a coordinator with the following properties:\n\r", gAllowToBlock_d);
UartUtil_Print("----------------------------------------------------", gAllowToBlock_d);
UartUtil_Print("\n\rAddress...........0x", gAllowToBlock_d); UartUtil_PrintHex(mCoordInfo.coordAddress, mCoordInfo.coordAddrMode == gAddrModeShort_c ? 2 : 8, 0);
UartUtil_Print("\n\rPAN ID............0x", gAllowToBlock_d); UartUtil_PrintHex(mCoordInfo.coordPanId, 2, 0);
UartUtil_Print("\n\rLogical Channel...0x", gAllowToBlock_d); UartUtil_PrintHex(&mCoordInfo.logicalChannel, 1, 0);
UartUtil_Print("\n\rBeacon Spec.......0x", gAllowToBlock_d); UartUtil_PrintHex(mCoordInfo.superFrameSpec, 2, 0);
UartUtil_Print("\n\rLink Quality......0x", gAllowToBlock_d); UartUtil_PrintHex(&mCoordInfo.linkQuality, 1, 0);
UartUtil_Print("\n\r\n\r", gAllowToBlock_d);
gState = stateAssociate;
TS_SendEvent(gAppTaskID_c, gAppEvtDummyEvent_c);
}
else
{
UartUtil_Print("Scan did not find a suitable coordinator\n\r", gAllowToBlock_d);
/*print a message on the LCD also*/
LCD_ClearDisplay();
LCD_WriteString(1,"No coordinator");
LCD_WriteString(2,"found.");
}
}
}
}
break;
case stateAssociate:
/* Associate to the PAN coordinator */
UartUtil_Print("Associating to PAN coordinator on channel 0x", gAllowToBlock_d);
UartUtil_PrintHex(&(mCoordInfo.logicalChannel), 1, gPrtHexNewLine_c);
/*print a message on the LCD also*/
LCD_ClearDisplay();
LCD_WriteString(1,"Associating to ");
LCD_WriteString(2,"PAN coordinator");
rc = App_SendAssociateRequest();
if(rc == errorNoError)
gState = stateAssociateWaitConfirm;
break;
case stateAssociateWaitConfirm:
/* Stay in this state until the Associate confirm message
arrives, and then goto the Listen state. */
if (events & gAppEvtMessageFromMLME_c)
{
if (pMsgIn)
{
rc = App_WaitMsg(pMsgIn, gNwkAssociateCnf_c);
if(rc == errorNoError)
{
rc = App_HandleAssociateConfirm(pMsgIn);
if (rc == errorNoError)
{
UartUtil_Print("Successfully associated with the coordinator.\n\r", gAllowToBlock_d);
UartUtil_Print("We were assigned the short address 0x", gAllowToBlock_d);
UartUtil_PrintHex(maMyAddress, mAddrMode == gAddrModeShort_c ? 2 : 8, 0);
UartUtil_Print("\n\r\n\rReady to send and receive data over the UART.\n\r\n\r", gAllowToBlock_d);
/*print a message on the LCD also*/
LCD_ClearDisplay();
LCD_WriteString(1,"Ready to send");
LCD_WriteString(2,"and receive data");
/* Startup the timer */
TMR_StartSingleShotTimer(mTimer_c, mPollInterval, AppPollWaitTimeout);
/* Go to the listen state */
gState = stateListen;
TS_SendEvent(gAppTaskID_c, gAppEvtDummyEvent_c);
}
else
{
UartUtil_Print("\n\rAssociate Confirm wasn't successful... \n\r\n\r", gAllowToBlock_d);
gState = stateScanActiveStart;
TS_SendEvent(gAppTaskID_c, gAppEvtDummyEvent_c);
}
}
}
}
break;
case stateListen:
//WSNProject
//need to sleep?
PWR_AllowDeviceToSleep();
Reason=PWR_EnterLowPower();
/* Transmit to coordinator data received from UART. */
if (events & gAppEvtMessageFromMLME_c)
{
if (pMsgIn)
{
/* Process it */
rc = App_HandleMlmeInput(pMsgIn);
}
}
if (events & gAppEvtRxFromUart_c)
{
/* get byte from UART */
App_TransmitUartData();
}
break;
}
if (pMsgIn)
{
/* Messages must always be freed. */
MSG_Free(pMsgIn);
}
/* Handle MCPS confirms and transmit data from UART */
if (events & gAppEvtMessageFromMCPS_c)
{
/* Get the message from MCPS */
pMsgIn = MSG_DeQueue(&mMcpsNwkInputQueue);
if (pMsgIn)
{
/* Process it */
App_HandleMcpsInput(pMsgIn);
/* Messages from the MCPS must always be freed. */
MSG_Free(pMsgIn);
}
}
/* Check for pending messages in the Queue */
if(MSG_Pending(&mMcpsNwkInputQueue))
TS_SendEvent(gAppTaskID_c, gAppEvtMessageFromMCPS_c);
if(MSG_Pending(&mMlmeNwkInputQueue))
TS_SendEvent(gAppTaskID_c, gAppEvtMessageFromMLME_c);
}
CONDITION
SRV_CStoreResponse(DUL_ASSOCIATIONKEY ** association, DUL_PRESENTATIONCONTEXT * ctx, MSG_C_STORE_REQ ** storeRequest, MSG_C_STORE_RESP * storeReply,
char *fileName, SRV_C_STORE_RESP_CALLBACK * callback, void *callbackCtx, char *dirName)
{
int fd, done;
unsigned long total, estimatedSize, nextCallback;
unsigned short sendStatus = 0x0000;
DUL_PDV pdv;
CONDITION cond;
DCM_OBJECT * object;
DCM_FILE_META fileMeta;
int storeAsPart10 = 0;
char* paramValue;
storeReply->messageIDRespondedTo = (*storeRequest)->messageID;
storeReply->type = MSG_K_C_STORE_RESP;
(void) strcpy(storeReply->classUID, (*storeRequest)->classUID);
(void) strcpy(storeReply->instanceUID, (*storeRequest)->instanceUID);
storeReply->conditionalFields = MSG_K_C_STORERESP_CLASSUID | MSG_K_C_STORERESP_INSTANCEUID;
storeReply->dataSetType = DCM_CMDDATANULL;
if (strlen(fileName) == 0 || fileName == NULL) {
fd = -1;
}else{
#ifdef _MSC_VER
fd = _open(fileName, O_CREAT | O_WRONLY | O_TRUNC | O_BINARY, _S_IREAD | _S_IWRITE);
#else
fd = open(fileName, O_CREAT | O_WRONLY | O_TRUNC, 0666);
#endif
if (fd < 0) (void) COND_PushCondition(SRV_FILECREATEFAILED, SRV_Message(SRV_FILECREATEFAILED), fileName, "SRV_CStoreResponse");
}
if (strcmp(ctx->acceptedTransferSyntax, DICOM_TRANSFERLITTLEENDIAN) != 0){
storeAsPart10 = 1;
}else{
paramValue = UTL_GetConfigParameter("STORAGE/PART10FLAG");
if (paramValue != NULL) {
if (strcmp(paramValue, "1") == 0) storeAsPart10 = 1;
}
}
if ((storeAsPart10 == 1) && (fd > 0)){
int localStatus = 0;
memset(&fileMeta, 0, sizeof(fileMeta));
setFileMeta(&fileMeta, *storeRequest, ctx->acceptedTransferSyntax);
localStatus = writePart10MetaHeader(fd, &fileMeta);
if (localStatus != 0) fd = -1;
}
if (fd < 0) {
sendStatus = MSG_K_C_STORE_OUTOFRESOURCES;
storeReply->conditionalFields |= MSG_K_C_STORERESP_ERRORCOMMENT;
strcpy(storeReply->errorComment, "Storage Service unable to create local file");
fprintf(stderr,"Storage Service unable to create local file\n");
}
done = 0;
total = 0;
estimatedSize = genericImageSize((*storeRequest)->classUID);
nextCallback = estimatedSize / 10;
while (!done) {
cond = SRVPRV_ReadNextPDV(association, DUL_BLOCK, 0, &pdv);
if (cond != SRV_NORMAL) {
(void) MSG_Free((void **) storeRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CStoreResponse");
}
if (pdv.pdvType != DUL_DATASETPDV) {
(void) MSG_Free((void **) storeRequest);
return COND_PushCondition(SRV_UNEXPECTEDPDVTYPE, SRV_Message(SRV_UNEXPECTEDPDVTYPE), (int) pdv.pdvType, "SRV_CStoreResponse");
}
if (sendStatus == 0) if (write(fd, pdv.data, pdv.fragmentLength) != (int) pdv.fragmentLength) sendStatus = MSG_K_C_STORE_OUTOFRESOURCES;
total += pdv.fragmentLength;
if (pdv.lastPDV) done++;
if (total > nextCallback){
cond = callback(*storeRequest, NULL, total, estimatedSize, NULL, callbackCtx, ctx);
if (cond != SRV_NORMAL){
(void) MSG_Free((void **) storeRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CStoreResponse");
}
nextCallback += estimatedSize / 10;
}
}
if (fd >= 0) (void) close(fd);
storeReply->status = sendStatus;
if (sendStatus == 0x0000) {
unsigned long options = DCM_ORDERLITTLEENDIAN;
if (storeAsPart10 == 1) options = DCM_PART10FILE;
cond = DCM_OpenFile(fileName, options, &object);
if (cond != DCM_NORMAL) {
(void) MSG_Free((void **) storeRequest);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CStoreResponse");
}
cond = callback(*storeRequest, storeReply, total, estimatedSize, &object, callbackCtx, ctx);
if (cond != SRV_NORMAL) {
(void) DCM_CloseObject(&object);
return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CStoreResponse");
}
(void) DCM_CloseObject(&object);
}
(void) MSG_Free((void **) storeRequest);
cond = MSG_BuildCommand(storeReply, &object);
if (cond != MSG_NORMAL) return COND_PushCondition(SRV_OBJECTBUILDFAILED, SRV_Message(SRV_OBJECTBUILDFAILED), "STORE Request", "SRV_CStoreResponse");
cond = SRV_SendCommand(association, ctx, &object);
(void) DCM_CloseObject(&object);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_RESPONSEFAILED, SRV_Message(SRV_RESPONSEFAILED), "SRV_CStoreResponse");
return SRV_NORMAL;
}
CONDITION
SRV_CStoreRequest(DUL_ASSOCIATIONKEY ** association, DUL_ASSOCIATESERVICEPARAMETERS * params, MSG_C_STORE_REQ * storeRequest, MSG_C_STORE_RESP * storeResponse,
SRV_C_STORE_REQ_CALLBACK * callback, void *callbackCtx, char *dirName)
{
DCM_OBJECT * commandObject, /* Handle for a command object */
*dataSetObject; /* Handle for a Data Set object */
CONDITION cond; /* Return value from function calls */
DUL_PRESENTATIONCONTEXT * presentationCtx; /* Presentation context for this service */
DUL_PRESENTATIONCONTEXTID ctxID;
void *message;
MSG_TYPE messageType;
unsigned long objectSize;
unsigned short command;
STORAGE_CTX localCtx;
MSG_C_STORE_RESP * response;
localCtx.callback = callback;
localCtx.storeRequest = storeRequest;
localCtx.storeResponse = NULL;
localCtx.userCtx = callbackCtx;
if (callback == NULL)
return COND_PushCondition(SRV_NOCALLBACK, SRV_Message(SRV_NOCALLBACK), "SRV_CStoreRequest");
if (storeRequest->type != MSG_K_C_STORE_REQ)
return COND_PushCondition(SRV_ILLEGALPARAMETER, SRV_Message(SRV_ILLEGALPARAMETER), "type", "STORE Request", "SRV_CStoreRequest");
if (storeRequest->dataSetType == DCM_CMDDATANULL)
return COND_PushCondition(SRV_ILLEGALPARAMETER, SRV_Message(SRV_ILLEGALPARAMETER), "dataSetType", "STORE Request", "SRV_CStoreRequest");
presentationCtx = SRVPRV_PresentationContext(params, storeRequest->classUID);
if (presentationCtx == NULL)
return COND_PushCondition(SRV_NOSERVICEINASSOCIATION, SRV_Message(SRV_NOSERVICEINASSOCIATION), storeRequest->classUID, "SRV_CStoreRequest");
cond = MSG_BuildCommand(storeRequest, &commandObject);
if (cond != MSG_NORMAL) return COND_PushCondition(SRV_OBJECTBUILDFAILED, SRV_Message(SRV_OBJECTBUILDFAILED), "STORE Request", "SRV_CStoreRequest");
dataSetObject = storeRequest->dataSet;
if (dataSetObject == NULL) {
cond = DCM_OpenFile(storeRequest->fileName, DCM_ORDERLITTLEENDIAN, &dataSetObject);
if (cond != DCM_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CStoreRequest");
}
cond = DCM_GetObjectSize(&dataSetObject, &objectSize);
if (cond != DCM_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CStoreRequest");
cond = SRV_SendCommand(association, presentationCtx, &commandObject);
(void) DCM_CloseObject(&commandObject);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CStoreRequest");
cond = callback(storeRequest, NULL, 0, objectSize, callbackCtx);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CStoreRequest");
cond = SRV_SendDataSet(association, presentationCtx, &dataSetObject, localCallback, &localCtx, objectSize);
if (storeRequest->dataSet == NULL) (void) DCM_CloseObject(&dataSetObject);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CStoreRequest");
cond = SRV_ReceiveCommand(association, params, DUL_BLOCK, 0, &ctxID, &command, &messageType, &message);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_REQUESTFAILED, SRV_Message(SRV_REQUESTFAILED), "SRV_CStoreRequest");
if (messageType != MSG_K_C_STORE_RESP) {
(void) MSG_Free(&message);
return COND_PushCondition(SRV_UNEXPECTEDCOMMAND, SRV_Message(SRV_UNEXPECTEDCOMMAND), (int) command, "SRV_CStoreRequest");
}
response = (MSG_C_STORE_RESP *) message;
if (storeResponse != NULL) *storeResponse = *response;
cond = callback(storeRequest, response, objectSize, objectSize, callbackCtx);
(void) MSG_Free(&message);
if (cond != SRV_NORMAL) return COND_PushCondition(SRV_CALLBACKABORTEDSERVICE, SRV_Message(SRV_CALLBACKABORTEDSERVICE), "SRV_CStoreRequest");
return SRV_NORMAL;
}
void ZDO_NwkManager
(
nlmeZdoMessage_t *pZdoMsg /*IN: Message received from ZDO*/
)
{
nlmeJoinIndication_t *pJoinIndication;
uint8_t aNwkAddr[2];
(void)aNwkAddr;
gMemoryFreedByApplication = FALSE;
switch (pZdoMsg->msgType)
{
/*************************************************************************************
NLME-Formation.confirm: Formation confirm is only available for PAN Coordinator
devices or combo devices acting like coordinator.
**************************************************************************************/
case gNlmeNetworkFormationConfirm_c:
#if ( gCoordinatorCapability_d || gComboDeviceCapability_d)
#if gComboDeviceCapability_d
/*
If a combo device is not acting like a PAN Coordinator should not do any further
processing.
*/
if (NlmeGetRequest(gDevType_c) != gCoordinator_c)
{
break;
}
#endif
/* Send an event to the ZDO state machine informing the fromation status. */
if (pZdoMsg->msgData.networkFormationConf.status == gZbSuccess_c)
{
ZDO_SendEvent(gZdoEvent_FormationSuccess_c);
}
else
{
ZDO_SendEvent(gZdoEvent_FormationFailure_c);
}
#endif
break;
/*************************************************************************************
NLME-Discovery.confirm
**************************************************************************************/
case gNlmeNetworkDiscoveryConfirm_c:
/*
If the device is trying to associate it self to a PAN, the state machine changes
to be on gZdoDiscoveringNetworksState_c.
*/
if (ZDO_GetState() == gZdoDiscoveringNetworksState_c)
{
ZdoEvent_t event;
/*
The discovery information have already been stored by the NWK layer.
Free up the confirm.
*/
if(pZdoMsg->msgData.networkDiscoveryConf.pNetworkDescriptor != NULL)
{
MSG_Free( pZdoMsg->msgData.networkDiscoveryConf.pNetworkDescriptor );
}
/* send an event to state machine task depending on the confirmation */
event = (pZdoMsg->msgData.networkDiscoveryConf.status == gZbSuccess_c)? gZdoEvent_DiscoverySuccess_c : gZdoEvent_DiscoveryFailure_c;
ZDO_SendEvent(event);
/*
Setting this variable to FALSE means that ZDO will free the message and not the
application.
*/
gMemoryFreedByApplication = FALSE;
break;
}
/***********************************************************************************
For any of this cases the tables does not need to be arround so lets free
up the memory. IMPORTANT: The tables need to be freed to avoid memory leaks.
************************************************************************************/
NWK_FreeUpDiscoveryTables();
/*
If the device is on running state this means that it may be the application the
one commanding the discovery.
*/
if(ZDO_IsRunningState())
{
/* Reprot the discovery information to hte application. */
( void ) ZDP_APP_SapHandler((zdpToAppMessage_t *)pZdoMsg);
/*
Setting this variable to TRUE means that the application is responsible of
freeing the list inside the discovery message.
*/
gMemoryFreedByApplication = TRUE;
}
/*
Management commands prevent the ZDO stae machine for doing anything but finishing
the process of the remote command.
*/
else if (ZDO_GetState() == gZdoRemoteCommandsState_c)
{
#if gMgmt_NWK_Disc_rsp_d
/* Generate the response through zdpmanager */
Zdp_Mgmt_Send_Nwk_disc_conf( pZdoMsg );
#endif
ZDO_SendEvent(gZdoEvent_ManagementResponse_c);
/*
The information was copied in ZDP so the list inside the packet is no longer
needed.
*/
if (pZdoMsg->msgData.networkDiscoveryConf.pNetworkDescriptor != NULL)
{
MSG_Free( pZdoMsg->msgData.networkDiscoveryConf.pNetworkDescriptor );
}
/*
Setting this variable to FALSE means that all the buffers are free, no need to
re-free it.
*/
gMemoryFreedByApplication = FALSE;
}
else
{
/* Clean up the discovery tables in the stack */
NWK_FreeUpDiscoveryTables();
if (pZdoMsg->msgData.networkDiscoveryConf.pNetworkDescriptor != NULL)
{
MSG_Free( pZdoMsg->msgData.networkDiscoveryConf.pNetworkDescriptor );
}
gMemoryFreedByApplication = FALSE;
}
break;
/*************************************************************************************
NLME-Join.confirm: We have join TO SOME ONE.
**************************************************************************************/
case gNlmeJoinConfirm_c:
#if gRouterCapability_d || gEndDevCapability_d || gComboDeviceCapability_d
/*
Make sure that the discovery tables have been freed after join request has been
processed.
*/
NWK_FreeUpDiscoveryTables();
/* If a combo device is not router or end device should not proceed. */
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gCoordinator_c)
{
break;
}
#endif
/*
If the device is already on running state the node may receive the unsolicited
rejoin response because of and addressconflict, so ignore the join confirm.
*/
if (ZDO_IsRunningState())
break;
/* If the device is not running then force it to parse the confirm. */
ZDO_SetState(gZdoJoiningState_c);
/* Send an event to the ZDO state machine informing about the joining state. */
if( pZdoMsg->msgData.joinConf.status == gZbSuccess_c )
{
ZDO_SendEvent(gZdoEvent_JoinSuccess_c);
}
else
{
ZDO_SendEvent(gZdoEvent_JoinFailure_c);
}
#endif
break;
/*************************************************************************************
NLME-Join.indication: A device has join TO US.
**************************************************************************************/
case gNlmeJoinIndication_c:
/*
Do the casting for the message one time and in one place, Code saving.
*/
pJoinIndication = &pZdoMsg->msgData.joinIndication;
/*
To avoid reject packets when the node join and comunicate multi ple times,
the devices should flush the APS Duplicate table.
*/
APS_RemoveEntryFromApsDuplicateTable(pJoinIndication->aShortAddress);
/* Every child joined to us must be record, to avoid lossing it in case of reset. */
ZdoNwkMng_SaveToNvm(zdoNvmObject_NeighborTable_c);
#if gRnplusCapability_d
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) != gEndDevice_c)
#endif
{
/* Remove the old routes to the joining device */
RemoveRouteEntry(pJoinIndication->aShortAddress);
}
#endif
#endif
#if gStandardSecurity_d || gHighSecurity_d
/* If the joining device is associated from scratch erase previous data. */
if (pJoinIndication->rejoinNetwork == gAssociationJoin_c)
{
if (ApsmeGetRequest(gApsDefaultTCKeyType_c) == gTrustCenterLinkKey_c)
{
APS_ResetDeviceCounters(pJoinIndication->aExtendedAddress);
}
else
{
APS_RemoveSecurityMaterialEntry(pJoinIndication->aExtendedAddress);
}
/* Setting the last parameter to TRUE will erase APS secure material */
ZDO_SecClearDeviceData(pJoinIndication->aShortAddress, pJoinIndication->aExtendedAddress, FALSE);
}
/*
If security is active and the joining mode is other that association join,
no further processing should be done to the join indication.
Consider the unsecure join.
*/
//else if ((pJoinIndication->rejoinNetwork == gNwkRejoin_c) && pJoinIndication->secureRejoin)
//{
/* Make sure the memory will be freed */
//gMemoryFreedByApplication = FALSE;
/* Do not process it further, no transport key will be needed. */
//return;
//}
else if (pJoinIndication->rejoinNetwork == gNwkRejoin_c && !pJoinIndication->secureRejoin)
{
/* Reset the Incoming frame counter of the dev that has left. */
/* Setting the last parameter to TRUE will erase APS secure material */
if (ApsmeGetRequest(gApsDefaultTCKeyType_c) == gTrustCenterLinkKey_c)
{
APS_ResetDeviceCounters(pJoinIndication->aExtendedAddress);
}
else
{
APS_RemoveSecurityMaterialEntry(pJoinIndication->aExtendedAddress);
}
/* Setting the last parameter to TRUE will erase APS secure material */
ZDO_SecClearDeviceData(pJoinIndication->aShortAddress, pJoinIndication->aExtendedAddress, FALSE);
}
/*
The device must be set as Unauthenticated child in the NT.
*/
SSP_NwkSetRelationship(pJoinIndication->aExtendedAddress, gUnAuthenticatedChild_c);
/* Keep the buffer around to be use in the state machine or the application. */
gMemoryFreedByApplication = TRUE;
/***************************************************
Trust center specific join indication processing.
****************************************************/
#if gTrustCenter_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (gTrustCenter)
#endif
{
/*
Keep the information, we are going to start the joining state machine.
*/
MSG_Queue(&gJoinIndicationQueue, pZdoMsg);
/*
Tell the ZDO Task that we got a joining device packet and ready for action.
*/
TS_SendEvent(gZdoTaskID_c, gJoinIndicationArrive_c);
}
#endif
#if !gTrustCenter_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (!gTrustCenter)
#endif
{
uint8_t joiningType;
bool_t isHighSecurity = FALSE;
/*
Every other device with joining capabilities should report the joining,
using an APSME-UPDATE-DEVICE.request.
*/
isHighSecurity = (pJoinIndication->capabilityInformation & gSecurityCapability_c)? TRUE : FALSE;
if (pJoinIndication->rejoinNetwork == gAssociationJoin_c)
{
joiningType = (isHighSecurity)? gHighSecurityDeviceUnsecuredJoin_c : gStandardDeviceUnsecuredJoin_c;
}
else if (pJoinIndication->rejoinNetwork == gNwkRejoin_c)
{
if (pJoinIndication->secureRejoin)
{
joiningType = (isHighSecurity)? gHighSecurityDeviceSecuredReJoin_c : gStandardDeviceSecuredReJoin_c;
}
else
{
joiningType = (isHighSecurity)? gHighSecurityDeviceUnsecuredRejoin_c : gStandardDeviceUnsecuredRejoin_c;
}
}
// Always send the update device
ZDO_APSME_Update_Device_request(pJoinIndication->aExtendedAddress,
pJoinIndication->aShortAddress,
joiningType,
pJoinIndication->secureRejoin);
(void)ZDP_APP_SapHandler((void *)pZdoMsg);
}
#endif
/* #endif gStandardSecurity_d */
#endif
break; /*break for join indication*/
/*************************************************************************************
NLME-StartRouter.confirm: Every time that a Coordinator or a Router starts, genrates
a start router confirm.
**************************************************************************************/
case gNlmeStartRouterConfirm_c:
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
/* Combo devices acting like ZED don't need this confirm. */
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
/* Indicate router has started (or not) */
if (pZdoMsg->msgData.startRouterConf.status == gZbSuccess_c)
{
ZDO_SendEvent(gZdoEvent_StartRouterSuccess_c);
}
else
{
ZDO_SendEvent(gZdoEvent_StartRouterFailure_c);
}
#endif
break;
/*************************************************************************************
NLME-Sync.confirm
**************************************************************************************/
case gNlmeSyncConfirm_c:
#if gEndDevCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) != gEndDevice_c)
{
break;
}
#endif
pZdoMsg->msgType = gSyncConf_c;
( void ) ZDP_APP_SapHandler( (void *)pZdoMsg );
/* The application is responsible of freen the buffers. */
gMemoryFreedByApplication = TRUE;
#endif
break;
/*************************************************************************************
NLME-PermitJoining.confirm
**************************************************************************************/
case gNlmePermitJoiningConfirm_c:
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
if(ZDO_IsRunningState())
{
/* let application know about the permit join */
pZdoMsg->msgType = gPermitjoinConf_c;
( void ) ZDP_APP_SapHandler( (void *)pZdoMsg );
/* indicate this SAP handler won't be freeing the memory */
gMemoryFreedByApplication = TRUE;
}
#endif
break;
/*************************************************************************************
NLME-DirectJoin.confirm
**************************************************************************************/
case gNlmeDirectJoinConfirm_c:
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
/*
The may come because the network layer start the direct join and the confirm must
be pass up to the application.
*/
if (ZDO_IsRunningState())
{
/* Send message on to app. Tell this SAP handler not to free it. */
(void) ZDP_APP_SapHandler( (void *)pZdoMsg );
gMemoryFreedByApplication = TRUE;
}
else if (ZDO_GetState() == gZdoRemoteCommandsState_c)
{
ZDO_SendEvent(gZdoEvent_ManagementResponse_c);
#if gMgmt_Direct_Join_rsp_d && (gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d)
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
/* Generate the response through zdpmanager */
Zdp_Mgmt_Direct_Join_conf( pZdoMsg );
/* Update the global variable to free the menory */
gMemoryFreedByApplication = TRUE;
#endif
}
#endif
break;
/*************************************************************************************
NLME-Leave.indication
**************************************************************************************/
case gNlmeLeaveIndication_c:
/* The local node is the one leaving the network. */
if (Cmp8BytesToZero(pZdoMsg->msgData.leaveIndication.aDeviceAddress))
{
/* Only important to the local leave. Pick an appropiated leaving event. */
ZdoStopMode_t stopMode;
/*
Send event to ZDO state machine to initiate the reset procedure (r11, p272, ln31)
The devices should not set the default mode to stop the node on a leave indication,
the default mode send another leave.... and we just left.
*/
stopMode = gZdoStopModeDefault_c | gZdoStopMode;
if (pZdoMsg->msgData.leaveIndication.rejoin)
{
/* We will come back.! */
stopMode |= gZdoStopMode_StopAndRestart_c;
/* We are doing rejoin, we should not clear the tables. */
stopMode &= ~gZdoStopMode_ResetTables_c;
} /* End of if (pZdoMsg->msgData.leaveIndication.rejoin) */
/* Tell ZDO to pull the breaks; */
ZDO_StopEx(stopMode);
break;
} /* End of if (Cmp8BytesToZero(pZdoMsg->msgData.leaveIndication.aDeviceAddress)) */
/* If we got the indiction and we are waiting for it, return to previous state. */
if (ZDO_GetState() == gZdoRemoteCommandsState_c)
{
ZDO_SendEvent(gZdoEvent_ManagementResponse_c);
}
#if gStandardSecurity_d || gHighSecurity_d
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
/*
Reset the Incoming frame counter of the dev that has left.
*/
SSP_NwkResetDeviceFrameCounter( pZdoMsg->msgData.leaveIndication.aDeviceAddress );
/*
If the device is Link capable remove the link key information if it exists.
*/
APS_RemoveSecurityMaterialEntry(pZdoMsg->msgData.leaveIndication.aDeviceAddress);
/*
Let the trust center know about the leaving device.
*/
// if (!IsSelfIeeeAddress(ApsmeGetRequest(gApsTrustCenterAddress_c)))
#if !gTrustCenter_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (!gTrustCenter)
#endif
{
ZDO_APSME_Update_Device_request(pZdoMsg->msgData.leaveIndication.aDeviceAddress,
APS_GetNwkAddress(pZdoMsg->msgData.leaveIndication.aDeviceAddress, aNwkAddr),
gDeviceLeft_c, 0x00);
}
#endif
#endif
#endif
/* ZEDs dont porcess the removing of the children and removing of the routes. */
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
#if gRnplusCapability_d
/* Remove the old routes for the leaving device */
RemoveRouteEntry(APS_GetNwkAddress(pZdoMsg->msgData.leaveIndication.aDeviceAddress, aNwkAddr));
#endif
/* Clean up address map if there is no bindings referencing address map entry
consider deleting all bindings first.
*/
(void)APS_RemoveDeviceFromAddressMap(pZdoMsg->msgData.leaveIndication.aDeviceAddress);
/* Tells the network layer to remove the leaving device from its tables. */
NWK_RemoveChildRecords(pZdoMsg->msgData.leaveIndication.aDeviceAddress);
#endif
/*
Save the network data, to preserve that the leaving device is gone. Plus the
counters for security (NWK and APS)that got reset.
*/
ZdoNwkMng_SaveToNvm(zdoNvmObject_All_c);
break;
/*************************************************************************************
NLME-Leave.confirm
**************************************************************************************/
case gNlmeLeaveConfirm_c:
/* If we have received a management leave request, send the response */
if (ZDO_GetState() == gZdoRemoteCommandsState_c)
{
#if gMgmt_Leave_rsp_d
Zdp_Mgmt_Send_leave_conf(pZdoMsg);
/* The momery has been handled by the next higher layer. */
gMemoryFreedByApplication = TRUE;
#endif
ZDO_SendEvent(gZdoEvent_ManagementResponse_c);
}
/* The local node is the one leaving the network. */
if (Cmp8BytesToZero(pZdoMsg->msgData.leaveConf.aDeviceAddress))
{
/* The self leave is handle in the indication. */
break;
}
#if gStandardSecurity_d || gHighSecurity_d
#if gCoordinatorCapability_d || gRouterCapability_d || gComboDeviceCapability_d
#if gComboDeviceCapability_d
if (NlmeGetRequest(gDevType_c) == gEndDevice_c)
{
break;
}
#endif
/*
Reset the Incoming frame counter of the dev that has left.
*/
SSP_NwkResetDeviceFrameCounter( pZdoMsg->msgData.leaveIndication.aDeviceAddress );
/*
If the device is Link capable remove the link key information if it exists.
*/
APS_RemoveSecurityMaterialEntry(pZdoMsg->msgData.leaveIndication.aDeviceAddress);
/*
Let the trust center know about the leaving device.
*/
ZDO_APSME_Update_Device_request(pZdoMsg->msgData.leaveIndication.aDeviceAddress,
APS_GetNwkAddress(pZdoMsg->msgData.leaveIndication.aDeviceAddress, aNwkAddr),
gDeviceLeft_c, 0x00);
/*
Tells the network layer to remove the leaving device from its tables.
*/
NWK_RemoveChildRecords(pZdoMsg->msgData.leaveIndication.aDeviceAddress);
#endif
/* #endif gStandardSecurity_d */
#endif
break;
/*************************************************************************************
NLME-RouteDiscovery.confirm
**************************************************************************************/
case gNlmeNetworkStatusCnf_c:
case gNlmeRouteDiscoveryCnf_c:
/* This packet will be freed by the application*/
gMemoryFreedByApplication = TRUE;
/* Pass the packet to the App */
( void ) ZDP_APP_SapHandler( (void *)pZdoMsg );
break;
/*************************************************************************************
NLME-EnergyScan.confirm: An Energy Scan Confirm has come back. Was it due to the
forming process, or due to FA/ZDP.
**************************************************************************************/
case gNlmeEnergyScanConfirm_c:
if(ZDO_GetState() == gZdoDiscoveringNetworksState_c)
{
if (pZdoMsg->msgData.EnergyScanConf.status == gZbSuccess_c)
{
ZDO_SendEvent(gZdoEvent_EnergyScanComplete_c);
}
else
{
ZDO_StopEx(gZdoStopModeDefault_c);
}
}
/* Send to application layer */
( void ) ZDP_APP_SapHandler( (void *)pZdoMsg );
/* Update the global variable to free the memory */
gMemoryFreedByApplication = TRUE;
break;
case gNlmeNetworkStatusInd_c:
case gNlmeTxReport_c:
/* Send to application layer */
( void ) ZDP_APP_SapHandler( (void *)pZdoMsg );
/* Update the global variable to free the memory */
gMemoryFreedByApplication = TRUE;
break;
case gNwkProcessFrameConf_c:
#if gStandardSecurity_d || gHighSecurity_d
/* Send to application layer */
( void ) ZDP_APP_SapHandler( (void *)pZdoMsg );
/* Update the global variable to free the memory */
gMemoryFreedByApplication = TRUE;
#else
gMemoryFreedByApplication = FALSE;
#endif
break;
default:
break;
} /* End of switch */
}
